LiPo Battery & Chargers

Q: 1. What does LiPo battery mean?

A lithium-polymer battery (LiPo) is a rechargeable battery that uses solid polymer for the electrolyte and lithium for one of the electrodes in the case of true LiPo. Commercially available LiPo batteries are hybrids, consisting of a gel polymer or liquid electrolyte in a pouch format, and are more accurately referred to as lithium ion polymer batteries.

Q: 2. Is LiPo better than Li ion?

When compared to Li-ions, LiPos offers several performance advantages, including higher energy density and lighter-weight batteries. Furthermore, LiPos can be manufactured in a wider range of shapes and sizes.

Q: 3. What are drone batteries?

Drone batteries are one of the most important components of the drone to achieve an ideal balance between performance and flight time. Lithium batteries are the most common battery chemistry used to power quadcopters due to their high energy densities and high discharge capabilities.

Q: 4. How do drone batteries work?

Drone batteries work on the principle of intercalation and deintercalation of lithium ions from a positive electrode material and a negative electrode material, with the liquid electrolyte providing a conductive medium.

Q: 5. What is the advantage of LiPo batteries?

The next generation of electric vehicles may also be powered by LiPo batteries. The main benefit of LiPo battery cells is that they have approximately four times the energy density of nickel-cadmium or nickel metal hydride batteries. LiPo batteries are extremely lightweight and pliable and can be manufactured in almost any size or shape.

Q: 6. Which are the best drone batteries based on my requirements?

Choose high-quality LiPo batteries for drones due to their high power output, long flight time, and lightweight design. For longer flights, pick higher capacity batteries (e.g., 2200mAh for 15 minutes or 5000mAh for 30 minutes). Opt for 3S or 4S voltage to match your drone's motor requirements. Select batteries with C ratings matching your motor's current draw for optimal performance and safety

Q: 7. What are the types of drone batteries?

The lithium battery packs used to power quadcopters have two common chemistries: Lithium polymer (LiPO) and lithium polymer high voltage (LiHV). The primary difference between the two is that a LiPO cell has a fully charged voltage of 4.2V compared to a LiHV cell which has a voltage of 4.35V at full charge. A LiPO has a resting or nominal voltage of 3.7V versus a LiHV which has a storage voltage of 3.8V.

Q: 8. How often do I need to replace the battery for my drone?

Batteries need to be recharged every time when there is no power in the battery. Experts advise to discharge the battery completely and then fully recharge for every 10-20 battery cycles. It is also suggested to change the propellers after 200 flights.

Q: 9. What is the use of a drone battery?

Drone Batteries offer the advantage of high energy density in relation to their size and weight, with a higher voltage per cell, so they can power the drone’s on-board systems with fewer cells than other rechargeable.

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Buy LiPo Batteries Online in India

We can assist you in your inventions with our selection of high-quality Lithium Polymer batteries. You can get the right battery for your needs at a reasonable price in our store.

You may be confident that you're getting the best value for your money and quality because to our commitment to customer happiness and excellence. Choose from our extensive range of LiPo batteries and chargers to realize your ambitions.

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Browse our extensive collection of high-caliber LiPo battery chargers to find the perfect one for your project. Check for the most cost-effective and competitive way to power your drone.

Check out our selection right now to confidently further your ideas.

LiPo Batteries Prices in India

Lipo Battery type	Price
Orange LiPo Batteries	597 - 5456
BONKA LiPo Batteries	1516 - 32437
Other LiPo Batteries	1453 - 5982

Drone Batteries	Cost
11.1V 2200 mAh, LiPo Battery	Rs.1454
11.1V 5400mAH LiPo	Rs.4757
11.1V 3300mAH LiPo	Rs.2529
11.1V 4500mAh Lipo Battery	Rs.5983
11.1V 5500mAh Lipo Battery	Rs.5074
iMax B6 Digital LiPo Battery Charger	Rs.1889
B3 Pro - Li-Po Battery Charger	Rs.399

Lipo Battery Categories:

Category Group	Sub-Categories
LiPo Batteries – By Capacity	• Up to 500mAh (Micro LiPo) • 500mAh – 2000mAh • 2000mAh – 6000mAh • 6000mAh & Above
LiPo Batteries – By Cell Configuration	• 1S LiPo Batteries • 2S LiPo Batteries • 3S LiPo Batteries • 4S & Higher Cell Packs
LiPo Batteries – By Application	• Drone LiPo Batteries • RC Car / RC Plane LiPo Batteries • Robotics & DIY Project LiPo Batteries • High-Performance LiPo Packs
LiPo Chargers – By Type	• Single-Channel Chargers • Dual-Channel Chargers • Multi-Port Chargers
LiPo Chargers – By Features	• Balance Chargers • Smart Chargers • High-Voltage (LiHV) Chargers • Fast Chargers
Charging Accessories	• Parallel Charging Boards • XT60 / JST / T-Plug Charging Cables • LiPo Safety Bags
Dual & Multi-Charging Systems	• Dual-Port Charging Systems • Multi-Channel Charging Stations • Parallel Charging Modules

Applications:

1. RC Drones

FPV Racing Drones
Aerial Photography Drones
Mini / Micro Quadcopters
Long-Range Drone Builds
Cinewhoop Drones
DIY Drone Projects

2. Robotics

Humanoid and Biped Robots
Mobile Robots
Robotic Arms & Manipulators
Line-Following & Obstacle-Avoiding Robots
Autonomous Delivery Robots
Educational & STEM Robotics Kits

3. Electronics Projects

DIY Prototyping & Maker Projects
IoT (Internet of Things) Devices
Raspberry Pi & Arduino Projects
Wearable Electronics
Wireless Communication Systems
Portable Embedded Systems
Sensors and Actuator Power Systems

Instructions To Follow:

1. Charging Instructions

Always use a LiPo-compatible balance charger to ensure all cells charge evenly.
Set the correct cell count (S-rating) and battery capacity (mAh) before starting the charge.
Charge at 1C rate unless the battery specifically supports fast charging
(Example: 1500mAh battery → charge at 1.5A max).
Never charge a LiPo battery unattended.
Place the battery in a fireproof LiPo safety bag or on a non-flammable surface while charging.
Ensure connectors (XT60, JST, XT30, etc.) are clean and correctly inserted.
Stop charging immediately if the battery becomes hot, swollen, or emits odor.
Do not charge a battery that has been damaged, punctured, or over-discharged below safe limits.

2. Storage Instructions

Store LiPo batteries at storage voltage: 3.7V–3.85V per cell.
Use the charger’s Storage Mode to automatically set the voltage correctly.
Keep batteries in a cool, dry place at 20–25°C (avoid extreme heat or cold).
Store batteries in fireproof bags or metal cases away from flammable materials.
Do not store batteries fully charged or fully discharged for long periods — this can reduce lifespan.
Check stored batteries every 30–45 days and bring them back to storage voltage if needed.

3. Safety Instructions

Never short-circuit the terminals or expose them to metal objects.
Do not crush, puncture, bend, or apply pressure to the battery pack.
Avoid dropping the battery or exposing it to water or moisture.
Disconnect batteries immediately if you notice swelling, hissing, smoke, or excessive heat.
Allow freshly used batteries to cool for 10–15 minutes before recharging.
Use only compatible chargers and connectors to prevent overcurrent or mismatched polarity.
Keep LiPo batteries out of reach of children and pets.
Dispose of damaged or end-of-life LiPo batteries at proper e-waste recycling centers — do not throw them in regular trash.

DIY Project Ideas Using LiPo Batteries:

1. Portable USB Power Bank

What You’ll Learn: Power regulation, boost converters, battery protection.

Components Needed:

3.7V LiPo battery (1S)
TP4056 charging module
5V boost converter
USB output port
Wires & heat shrink

Steps:

Connect the LiPo battery to the BAT+ / BAT- pins of the TP4056 module.
Connect the module’s OUT+ / OUT- to the input of the 5V boost converter.
Attach a USB port to the 5V output of the converter.
Charge the LiPo through the TP4056’s micro-USB/Type-C port.
Test by plugging in a phone or LED lamp.

Key Concept: Boost converters raise the LiPo’s 3.7V to a stable 5V output.

2. Mini RC Car Using LiPo Battery

What You’ll Learn: Motor control, battery powering, basic robotics.

Components Needed:

3.7V or 7.4V LiPo battery
DC motors + wheels
L298N or DRV8833 motor driver
Arduino Uno / Nano
Chassis, jumper wires

Steps:

Power the motor driver from the LiPo battery.
Connect both motors to the motor driver outputs.
Connect motor driver inputs to Arduino digital pins.
Upload a simple forward/backward control program.
When powered ON, the car will move according to the code.

Key Concept: Motor drivers regulate high-current motors using logic-level signals.

3. LiPo-Powered Wearable LED Bracelet

What You’ll Learn: Wearable electronics, LiPo safety, LED control.

Components Needed:

3.7V small LiPo battery (100–300mAh)

WS2812B LED strip (5–10 LEDs)

Arduino Nano / Seeeduino XIAO

Switch, Velcro band, wires

Steps:

Power the microcontroller and LED strip using the LiPo battery.

Upload an RGB animation sketch using the FastLED library.

Attach the LED strip to a Velcro band.

Insert the battery holder and add a small ON/OFF switch.

Wear and enjoy animated RGB lighting!

Key Concept: LiPo-powered wearables must be light, low current, and safe.

4. Solar-Charging IoT Weather Station

What You’ll Learn: Power management, sensors, IoT basics.

Components Needed:

3.7V LiPo battery (1000mAh+)
Solar panel (5V/1W or similar)
TP4056 + charge protection
ESP32 / NodeMCU
DHT22, BMP280 sensors

Steps:

Connect the LiPo to the TP4056 battery input.
Connect the solar panel to the TP4056 charging port.
Power the ESP32 from the battery’s output.
Connect sensors for temperature, humidity, and pressure.
Upload WiFi code to send data to a dashboard (ThinkSpeak, Blynk, etc.).

Key Concept: Solar-LiPo systems require balancing charging and load current.

5. DIY Drone Battery Tester

What You’ll Learn: Voltage measurement, battery health concepts.

Components Needed:

3.7–14.8V LiPo battery
Arduino Nano
Voltage divider (10kΩ + 1kΩ)
OLED display
XT60 or JST connector

Steps:

Build a voltage divider to step down LiPo voltage to <5V.
Connect the divider output to A0 pin of the Arduino.
Display voltage and estimated capacity on OLED.
Power the circuit using a small LiPo cell or USB.

Key Concept: Voltage dividers allow microcontrollers to read high battery voltages safely.

Troubleshooting & Care Tips:

Troubleshooting (Quick Guide)

Check connectors and polarity if the battery won’t charge.
Ensure the charger is set to the correct S-rating.
Reseat or inspect the balance plug if you see cell/balance errors.
Stop using the battery immediately if it becomes swollen or hot.
If battery drains quickly, it may be undersized or aging.
Balance-charge to fix unbalanced cells.
Verify the charger power supply if the charger won’t turn on.

Lifespan Optimization (Quick Tips)

Charge at 1C for maximum longevity.
Keep discharge above 3.5V per cell (never below 3.2V).
Store at 3.7–3.85V per cell when not in use.
Let batteries cool before recharging.
Avoid heat — keep LiPo packs cool during use and charging.
Use a proper LiPo safety bag.
Avoid full discharges; leave 20–30% capacity remaining.

Related Searches

Popular Searches

1. What does LiPo battery mean?

A lithium-polymer battery (LiPo) is a rechargeable battery that uses solid polymer for the electrolyte and lithium for one of the electrodes in the case of true LiPo. Commercially available LiPo batteries are hybrids, consisting of a gel polymer or liquid electrolyte in a pouch format, and are more accurately referred to as lithium ion polymer batteries.

2. Is LiPo better than Li ion?

When compared to Li-ions, LiPos offers several performance advantages, including higher energy density and lighter-weight batteries. Furthermore, LiPos can be manufactured in a wider range of shapes and sizes.

3. What are drone batteries?

Drone batteries are one of the most important components of the drone to achieve an ideal balance between performance and flight time. Lithium batteries are the most common battery chemistry used to power quadcopters due to their high energy densities and high discharge capabilities.

4. How do drone batteries work?

Drone batteries work on the principle of intercalation and deintercalation of lithium ions from a positive electrode material and a negative electrode material, with the liquid electrolyte providing a conductive medium.

5. What is the advantage of LiPo batteries?

The next generation of electric vehicles may also be powered by LiPo batteries. The main benefit of LiPo battery cells is that they have approximately four times the energy density of nickel-cadmium or nickel metal hydride batteries. LiPo batteries are extremely lightweight and pliable and can be manufactured in almost any size or shape.

6. Which are the best drone batteries based on my requirements?

Choose high-quality LiPo batteries for drones due to their high power output, long flight time, and lightweight design. For longer flights, pick higher capacity batteries (e.g., 2200mAh for 15 minutes or 5000mAh for 30 minutes). Opt for 3S or 4S voltage to match your drone's motor requirements. Select batteries with C ratings matching your motor's current draw for optimal performance and safety

7. What are the types of drone batteries?

The lithium battery packs used to power quadcopters have two common chemistries: Lithium polymer (LiPO) and lithium polymer high voltage (LiHV). The primary difference between the two is that a LiPO cell has a fully charged voltage of 4.2V compared to a LiHV cell which has a voltage of 4.35V at full charge. A LiPO has a resting or nominal voltage of 3.7V versus a LiHV which has a storage voltage of 3.8V.

8. How often do I need to replace the battery for my drone?

Batteries need to be recharged every time when there is no power in the battery. Experts advise to discharge the battery completely and then fully recharge for every 10-20 battery cycles. It is also suggested to change the propellers after 200 flights.

9. What is the use of a drone battery?

Drone Batteries offer the advantage of high energy density in relation to their size and weight, with a higher voltage per cell, so they can power the drone’s on-board systems with fewer cells than other rechargeable.

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Lipo Battery Categories:

Applications:

1. RC Drones

2. Robotics

3. Electronics Projects

Instructions To Follow:

1. Charging Instructions

2. Storage Instructions

3. Safety Instructions

DIY Project Ideas Using LiPo Batteries:

1. Portable USB Power Bank

2. Mini RC Car Using LiPo Battery

3. LiPo-Powered Wearable LED Bracelet

4. Solar-Charging IoT Weather Station

5. DIY Drone Battery Tester

Troubleshooting & Care Tips:

Troubleshooting (Quick Guide)

Lifespan Optimization (Quick Tips)

Frequently Asked Questions

1. What does LiPo battery mean?

2. Is LiPo better than Li ion?

When compared to Li-ions, LiPos offers several performance advantages, including higher energy density and lighter-weight batteries. Furthermore, LiPos can be manufactured in a wider range of shapes and sizes.

3. What are drone batteries?

Drone batteries are one of the most important components of the drone to achieve an ideal balance between performance and flight time. Lithium batteries are the most common battery chemistry used to power quadcopters due to their high energy densities and high discharge capabilities.

4. How do drone batteries work?

Drone batteries work on the principle of intercalation and deintercalation of lithium ions from a positive electrode material and a negative electrode material, with the liquid electrolyte providing a conductive medium.

5. What is the advantage of LiPo batteries?

6. Which are the best drone batteries based on my requirements?

7. What are the types of drone batteries?

8. How often do I need to replace the battery for my drone?

Batteries need to be recharged every time when there is no power in the battery. Experts advise to discharge the battery completely and then fully recharge for every 10-20 battery cycles. It is also suggested to change the propellers after 200 flights.

9. What is the use of a drone battery?

Drone Batteries offer the advantage of high energy density in relation to their size and weight, with a higher voltage per cell, so they can power the drone’s on-board systems with fewer cells than other rechargeable.

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